Citizen CT-S651II thermal printer, without interface

Citizen CT-S651II thermal printer

Citizen CT-S651II is a thermal printer that can print receipts at a speed of up to 220 mm/s on a maximum support of 82.5 mm. The spill-free design of the CT-S651II printer prevents liquids from getting inside the printer and damaging the internal components.

The main features of the Citizen CT-S651II – CTS651IIS3NEBPXX printer are the following:

✔ Greyscale printing – the printer can print up to 16 shades of gray to create clear logos or watermarks on receipts
✔ Easy maintenance - in case of paper jam, the cutter can be operated and the printer will unlock immediately. Also, the replacement of the cutter can be done quickly, without the need for tools.
✔ Internal power supply
✔ Spill-free design

The CT-S651II printer can be fed with thermal paper rolls with widths between 58 mm and 82.5 mm. This model does not have the interface or wireless connectivity.

Citizen CT-S651II – CTS651IIS3NEBPXX can be used to print:

✔ Vouchers
✔ Coupons
✔ Tickets
✔ Daily reports
✔ Bar codes
✔ Order vouchers in restaurant kitchens

The Citizen CT-S651II thermal printer has an elegant design, high print speed, 203 DPI print resolution, can also print 2D barcodes, is very easy to maintain and can be used in areas such as retail and HoReCa.

The package contains: Citizen CT-S651II thermal printer, power supply, power cable, paper roll, CD (with driver) and user guide. Both the interface and the cable for the interface are ordered separately.

This is an eco-friendly product and is part of the IT-Genetics range of sustainable products.

The products in this category meet at least one of the following criteria: they are made of sustainable materials, have low emissions, contribute to saving energy and other resources, use chemicals that do not affect the environment.

Tags: EcoFriendly CTS651II CTS651IIS3NEBPXX Citizen CT-S651II receipt citizen citizen ct-s651II with cutter citizen ct-s651II black printer Citizen printer pos printer thermal printer thermal